CN1495093A - Bicycle controller and method - Google Patents
Bicycle controller and method Download PDFInfo
- Publication number
- CN1495093A CN1495093A CNA031328814A CN03132881A CN1495093A CN 1495093 A CN1495093 A CN 1495093A CN A031328814 A CNA031328814 A CN A031328814A CN 03132881 A CN03132881 A CN 03132881A CN 1495093 A CN1495093 A CN 1495093A
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- China
- Prior art keywords
- switch
- speed change
- control unit
- screen
- bicycle
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62M—RIDER PROPULSION OF WHEELED VEHICLES OR SLEDGES; POWERED PROPULSION OF SLEDGES OR SINGLE-TRACK CYCLES; TRANSMISSIONS SPECIALLY ADAPTED FOR SUCH VEHICLES
- B62M25/00—Actuators for gearing speed-change mechanisms specially adapted for cycles
- B62M25/02—Actuators for gearing speed-change mechanisms specially adapted for cycles with mechanical transmitting systems, e.g. cables, levers
- B62M25/04—Actuators for gearing speed-change mechanisms specially adapted for cycles with mechanical transmitting systems, e.g. cables, levers hand actuated
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62J—CYCLE SADDLES OR SEATS; AUXILIARY DEVICES OR ACCESSORIES SPECIALLY ADAPTED TO CYCLES AND NOT OTHERWISE PROVIDED FOR, e.g. ARTICLE CARRIERS OR CYCLE PROTECTORS
- B62J50/00—Arrangements specially adapted for use on cycles not provided for in main groups B62J1/00 - B62J45/00
- B62J50/20—Information-providing devices
- B62J50/21—Information-providing devices intended to provide information to rider or passenger
- B62J50/22—Information-providing devices intended to provide information to rider or passenger electronic, e.g. displays
Abstract
A control system for an automatic shifting bicycle transmission comprises a control unit that communicates with a memory location. The memory location stores a plurality of shift tables. The control system uses the information in the shift tables to shift gears with a powered shifting device. The powered shifting device can be manipulated using shift switches in a manual operating mode. The shift switches also are used to switch between the plurality of shift tables.
Description
Invention field
The present invention relates generally to have bicycle by the automatic transmission with hydraulic torque converter of a control unit operation.More particularly, the present invention relates to such bicycle and a kind of this control unit of controlling to use the method for in a plurality of speed change tables, selecting away from least one switch of control unit installation.
Description of related art
Bicycle is equipped with the equipment that becomes increasingly complex.One type bicycle has an automatic transmission with hydraulic torque converter now.In order to control the speed change timing, bicycle is equipped with a control unit.Control unit also can tracking and/or computed range, time, bicycle speed etc. except that the control speed change.The value of following the tracks of and/or calculating can be presented on the screen then.This information is for using the real cyclist of information at training period and being useful for following the tracks of distance, speed of advancing and the amusement cyclist who is taken time by bike.
Control unit known in prior art also can comprise a plurality of tables that control unit is used for determining when the speed change driver.In some devices, the speed change table is coordinated between bicycle speed and gear selection.For example, when bicycle travels with speed X, if control unit with reference to a speed change table and determine under speed X, should to quicken or slow down, then control unit instruction change-speed box carries out a kind of like this accelerations or deceleration.
The U.S. Patent No. 5,370,412 of be published on December 6th, 1994, authorizing Ming-Fu Chou discloses a kind of bicycle instrument assembly that has a keypad of a chorista partial sum.Keypad is installed on the handlebar of bicycle basically near handgrip, and body part is installed near the middle part of handlebar basically.Thereby the cyclist can operate keypad and leave from handgrip without handle.Keypad provides for the display format of control instrument.Yet the operator can not realize for any change of storing data by means of keypad.
The U.S. Patent No. 5,254,044 of be published on October 19th, 1993, authorizing Paul M.Anderson discloses a kind of automatic speed-changing bicycle that can be installed to the telltale on the handlebar that has.Telltale is connected on the microprocessor, and pair of switches also is connected on the microprocessor.Switch is to being installed on the handlebar.A switch is used for increasing the bound of speed change, and another switch is used for reducing identical speed change bound.Switch is not regulated telltale, but only handles the speed change limit.An installation switch is provided, is stored in various values in the memory device with change.Yet, the position that switch openly is not installed.
And known system is had the evil for the limited access of speed change table in prior art.For example, in a kind of device,, then may ignore or without the automatic speed changing driver if the speed change table is not corresponding with user's ability.In being characterised in that other device of a plurality of speed change tables, the user generally must pass through to select a speed change table away from the complex operations of the button of handlebar location arrangements.Thereby, the variation fitness for purpose user between the speed change table stop bicycle and stopping in operation control unit.This is undesirable.
The present invention's general introduction
Yet even by means of these devices, bicycle also is limited to page turning each screen and information.Require the cyclist that hand is removed from handlebar, so that input data values or manipulation are stored in the information in the control unit of computing machine.Thereby, provide a kind of device according to a feature of the present invention, by means of this device, allow the user except that each screen information of page turning, to handle the information of storing on computers with respect to computer screen with for the switch or the button of the long-range installation of control unit of computing machine.For example, can import and store the data of using by computing machine by handling remote switch.
In addition, along with the increase that can be installed to the computer components on the bicycle, the complexity of bicycle has to increase.For example, can imagine a plurality of supplemental button that need to handle with the various features of control bicycle and/or computing machine.These supplemental button or switch make then bicycle more not user friendly and more be difficult to the operation.Thereby of the present invention another is characterised in that the button of use when the speed change table is selected or switch and the button or the switch that use when another element operation of bicycle integrated.For example, the automatic speed-changing bicycle driver adopts usually and quickens and speed reducing switch.These switches are used in a kind of configuration to select and speed change at moving operating period control speed change table.
Thereby one aspect of the present invention relates to a kind of method of controlling a control unit of bicycle.Bicycle comprises one first switch, a second switch, the 3rd switch and a screen of communicating by letter with control unit.Second switch and the 3rd switch be with respect to the screen long range positioning, and each of first switch, second switch and the 3rd switch is communicated by letter with control unit.This method comprises by means of described first switch selects a value and by means of the value of at least one change on described screen of described second switch and described the 3rd switch.
Another aspect of the present invention relates to a kind of method of controlling a control unit of bicycle.Bicycle comprises one first switch, a second switch and a screen of communicating by letter with control unit.First switch and second switch be with respect to the screen long range positioning, and each of first switch and second switch is communicated by letter with control unit.This method comprises by means of at least one of the first long range positioning switch and the second long range positioning switch to be selected a kind of numerical value that pattern is set and changes a value on screen by means of at least one of the first long range positioning switch and the second long range positioning switch.
Another aspect of the present invention relates to the electric automatic speed-changing bicycle that comprises a control unit and a power supply speed change device.Control unit and power supply speed change device electrical communication.One first switch and a second switch be with respect to the control unit long range positioning, and communicate by letter with power supply speed change device.Mode switch and control unit electrical communication.Mode switch is suitable for switch control unit between observing pattern and data entry mode.Be suitable for beginning the powering motion of speed change device of first switch and second switch.At least one of first switch and second switch is suitable for selecting from the demonstration of control unit output, and is suitable for changing a value in the memory device that is stored in control unit.
Another aspect of the present invention relates to a kind of method of controlling a control unit of bicycle.Bicycle comprises one first switch, a second switch, the 3rd switch and a screen of communicating by letter with control unit.First switch, second switch and the 3rd switch are integrated in the housing that comprises screen and control unit.Each of first switch, second switch and the 3rd switch is communicated by letter with control unit.One first power speed change device and control unit electrical communication, and one second power speed change device and control unit electrical communication.This control method comprise by means of first switch select a kind of numerical value be provided with pattern, by means of at least one of second switch and the 3rd switch change a value on screen, by means of the second switch control first power supply speed change device and by means of the 3rd switch control second speed change device of powering.
Another aspect of the present invention relates to a kind of electric automatic speed-changing bicycle that comprises a control unit and a power supply speed change device.Control unit and power supply speed change device electrical communication.Control unit also with a memory cell electrical communication.Memory cell comprises a plurality of speed change tables.One first switch is also communicated by letter with power supply speed change device by control unit with a second switch.Be suitable in manual operation mode, beginning the powering motion of speed change device of first switch and second switch.At least one of first switch and second switch is suitable for selecting a speed change table from a plurality of speed change tables that use automatic operation mode.
Another aspect of the present invention relates to a kind of being used for can be with the automatic transmission system of the bicycle of manual mode and automatic mode operation.This system comprises a control unit, a varying speed switch and a power supply speed change device.Control unit comprises the memory device that comprises a plurality of speed change tables.Control unit is communicated by letter with varying speed switch, and control unit is communicated by letter with power supply speed change device.Varying speed switch is suitable for to select in manual operation mode operation power speed change device and a plurality of speed change tables that use in automatic operation mode.
Another aspect of the present invention relates to a kind of comprising can be with the electric automatic speed-changing bicycle of the automatic transmission system of manual mode and automatic mode operation.This system comprises a control unit, a varying speed switch and a power supply speed change device.Control unit comprises a memory device that comprises a plurality of speed change tables.Control unit is communicated by letter with varying speed switch, and control unit is communicated by letter with power supply speed change device.Varying speed switch is suitable for to select in manual operation mode operation power speed change device and a plurality of speed change tables that use in automatic operation mode.
Another aspect of the present invention relates to a kind of method for the bicycle control speed change that comprises an automatic speed-changing system.Automatic speed-changing system comprises the control unit of a varying speed switch, and varying speed switch electrical communication, control unit also with a power supply speed change device electrical communication.This method be included in provide in the memory device that links with control unit a plurality of speed change point tables, by means of varying speed switch select one of a plurality of speed change point tables, and control unit be suitable for handling power supply speed change device according to the speed change point table of selecting.
Brief description of the drawings
Do not limit the accompanying drawing of its most preferred embodiment referring now to planning explanation the present invention, describe these and other feature of the present invention, aspect and advantage.Accompanying drawing comprises eight figure.
Fig. 1 is the lateral plan that has the bicycle of a kind of control system of arranging and dispose according to some feature of the present invention, aspect and advantage.
Fig. 2 is the amplification stereogram in the handlebar zone of Fig. 1 bicycle.
Fig. 3 is the scheme drawing that has according to the control system of features more of the present invention, aspect and advantage.
Fig. 4-the 7th has the scheme drawing according to the control system configuration of features more of the present invention, aspect and advantage.
Fig. 8 and 9 is the diagram of circuits according to two routines of features more of the present invention, aspect and advantage arrangement and configuration.
The detailed description of most preferred embodiment
Referring now to Fig. 1, a kind of bicycle is described here.Bicycle is by label 10 signs.The bicycle 10 that shows provides a kind of exemplary environment that wherein can use a kind of control system of arranging and dispose according to features more of the present invention, aspect and advantage.Certainly, bicycle and other human powered vehicle that can use multiple other type of the control system of arranging and disposing according to features more of the present invention, aspect and advantage to it arranged.Thereby, in showing the context of bicycle, this control system is described in, should be appreciated that, in other environment, also can use this control system various features, aspect and advantage.
The bicycle 10 that shows comprises a welded frame assembly 12, those as knowing in prior art.Usually, chassis assembly 12 comprises a transverse tube 14, a stand support tube 16 and a lower tube 18.An anterior pipe 20 engages the front end and the lower tube 18 of transverse tube 14.A pair of support 22 extends back from stand support tube 16, and a trailing wheel 24 is supported in cooperation.In some devices, a suspension can be provided, hang trailing wheel 24 with respect to chassis assembly and can absorb some road vibrations by means of it.Although the chassis assembly that shows is a kind of chassis assembly 12 of pattern, other design is being possible with known now.Can use the chassis assembly 12 of any suitable pattern.
A front fork assembly 26 is installed on any suitable front portion of anterior pipe 20 or chassis assembly 12 rotatably.Front-wheel 28 rotational support are in front fork assembly 26.Front fork assembly 26 can comprise a hanging element 30, for example as shock absorber.Can use any other suitable hanging element 30.In a concrete optimum device, hanging element 30 comprises a mechanical variable component that allows the operator to regulate the rigidity of hanging element.At one easily among the embodiment, hanging element 30 can optionally move between a kind of hard configuration and a kind of softer configuration.
Front-wheel 28 can be handled by a handlebar assembly 32.Handlebar assembly 32 generally comprises a handlebar 34 and post 36 (see figure 2)s that are fixed on the front fork assembly 26.Although the handlebar that shows 34 generally is straight, also can use other suitable handlebar configuration.For example, handlebar 34 can make progress and forward, upwards and backward, downwards and forward and down and backward, upwards and inwardly, upwards and outside, downward and inside or downward and outwardly-bent.
Trailing wheel can be through a kind of suitable driving device 38 by the power supply power of exporting through the pedal 40 that is installed on the relevant crank arm 42.Suitable driving device 38 can be that chain drives or axle drives.Driving device 38 preferably includes a kind of wherein through the speed change feature of various gear stage variable-speed drives 38.Such transmission system is known in prior art, and can comprise external device (ED) (being sprocket wheel) and interior arrangement (being the inner teeth wheel hub).
In the device that shows, chain wheel set 44 is installed on the wheel hub of trailing wheel 24 after one.Back chain wheel set 44 can comprise a plurality of gear stage by various number of teeth definition.In a kind of configuration, back chain wheel set 44 can comprise three gear stage.In the another kind configuration, back chain wheel set 44 can comprise eight gear stage, and the number of teeth can from 11 to 33 variations.With regard to being suitable for concrete purposes, can use any amount of gear stage.
The device that shows is a feature with a preceding chain wheel set 46 also.Preceding chain wheel set 46 preferably is connected on the crank arm 42.As used herein, " group " can refer to one or more than one.Thereby in some was arranged, preceding chain wheel set 46 comprised single preceding sprocket wheel.In other was arranged, preceding chain wheel set 46 comprised dual or triple preceding sprocket wheels.A kind of preceding chain wheel set 46 of current the best comprises that one is respectively the dual preceding sprocket wheel of feature with 34 and 46 teeth.Preceding chain wheel set 46 is connected by means of a roller chain 48 in the layout that shows with back chain wheel set 44.By this way, the rotation energy of crank arm 42 is delivered to trailing wheel 24.
The speed change of the driving device 38 that shows preferably uses the derailleur of actuator control to realize.Rear portion speed change device 50 is used for speed change in the gear stage on the chain wheel set 44 of back, and an anterior speed change device 52 is used for speed change between the gear stage on the preceding chain wheel set 46.Speed change device 50,52 can comprise the actuator of a vehicularized actuator, an electromagnetic actuator or any other suitable supply power.Several such actuators are known in prior art.Speed change device 50,52 moves to gear stage to relevant derailleur from gear stage as desired.A position transduser (not shown) can link to monitor the position of derailleur with each speed change device 50,52.
The bicycle that shows is a feature with standard front brake and back brake also.As known, a preceding brake lever rod 54 can be operated to spur the steel wire of steel wire socket type drag-line 56.When the pulling steel wire, apply front brake.In the layout that shows, occur in front brake clamp 58 places around the holding action of front wheel felloe.A kind of similar arrangements also is used for trailing wheel 24, and one of them back brake lever rod 60 is used for handling a drag-line 62 and back brake pincers 64.As showing among Fig. 2, lever 54,60 is preferably installed near the handgrip 66 that is formed on the handlebar 34.
With reference to Fig. 1, a control system 68 appends on the bicycle.Control system 68 is suitable for realizing the multiple function that describes below.In addition, control system 68 is suitable in bicycle operating period multiple information data being offered the operator of bicycle.
Refer again to Fig. 2, a display housing 70 is installed on the bicycle 10, and forms the part of control system 68.Display housing 70 preferably was positioned as in the operating period of bicycle 10 to be seen easily.Best, display housing 70 is installed on chassis assembly 12 or front fork assembly 26/ handlebar assembly 32.In the layout that shows, display housing 70 is installed near the cross section between post 36 and handlebar 34.Can use any proper technology that display housing 70 is installed; Yet, in the layout that shows, use a simple carriage.Carriage is fixed on handlebar 34 and/or the post 36.
The display housing 70 that shows comprises a screen 72.Screen 72 can be used for showing the various operating parameters of bicycle 10 and relevant driving device 38.Screen 72 is recessed a little in display housing 70, and if wish then can be back light.Screen 72 can be installed in the display housing 70 in any suitable manner, and can use any suitable screen configuration.The display housing 70 that shows also comprises a power knob 74.Power knob 74 preferably is used for electric power supply control system 68.
A control housing 76 is preferably mounted on the part of the bicycle 10 that shows, and also forms the part of control system 68.In the layout that shows, control housing 76 is installed on the lower tube 18.Control housing 76 preferably defines the chamber of an osed top basically (not shown) that comprises a control unit 78, and control unit 78 schematically illustrates in Fig. 3.Best, control housing 76 provides protection control unit 78 to avoid the enclosed environment of dirt, dust, water etc.In some were arranged, control unit 78 was installed in the control housing 76 in the mode of the vibrations that reduce to be delivered to control unit 78.In other was arranged, control housing 76 was installed on the chassis assembly 12 in such a way, thereby was decreased to the shock transfer of control housing 76.Can use any suitable control housing 76.
Continuation is with reference to Fig. 2, and one first control group 80 is installed on one first side of handlebar assembly 32.Best, first control group, 80 adjacent right handgrips 66 are installed.By this way, first control group 80 can be by the hand operation that is positioned on the right handgrip 66.First control group 80 and control unit 78 electrical communications.In one arrangement, first control group comprises three different buttons: acceleration button 82, a retard button 84 and a drive pattern button 86.Quickening button 82 and retard button 84 is operably connected on the rear portion speed change device 50.In the layout of current the best, two buttons 82,84 are connected on the rear portion speed change device 50 through control unit 78.During M/C, press acceleration button 82 and will make rear portion speed change device 50 to accelerating gear, will make rear portion speed change device 50 to reducing gear and press retard button 84.
Similarly, a second switch assembly 90 is installed on one second side of handlebar assembly 32.Best, second switch assembly 90 adjacent left hands are installed 66.By this way, second switch assembly 90 can be by being positioned at left hand the hand operation on 66.Second switch assembly 90 and control unit 78 electrical communications.In one arrangement, the second switch assembly comprises three different buttons: acceleration button 92, a retard button 94 and a mode of suspension button 96.Quickening button 92 and retard button 94 is operably connected on the anterior speed change device 52.In the layout of current the best, two buttons 92,94 are connected on the anterior speed change device 52 through control unit 78.During M/C, press acceleration button 92 and will make anterior speed change device 52 to accelerating gear, will make anterior speed change device 52 to reducing gear and press retard button 94.
Should be noted that and to put upside down control group 80,90, move to a zones of different of handlebar 34 together or move to a zones of different of chassis assembly 12.In the layout that shows, each of the switch of control group 80,90 directly is connected electrically on the control unit 78 through one group of lead (being hard wire), and expection also can be used being electrically connected of other type (promptly infrared, radiowave etc.).In addition, although use button in the layout that shows, the switch of other type also is suitable and can uses.
Mode of suspension button 96 and control unit 78 electrical communications.Mode of suspension button 96 can be used for conversion between various suspension operational conditions.For example, press the button and once can make suspension harder, can make for twice suspension softer and press the button.Other variation also is possible.
The control unit 78 that shows is from wheel rotation sensor 100, position sensor (not shown), varying speed switch 82,84,92 and 94, source switch 74, drive pattern switch 86 and mode of suspension switch 96 receiving inputted signals.Processing data, and can produce the output signal that outputs to screen 72, rear portion speed change device 50 and anterior speed change device 52.
The various of this control system select configuration to schematically illustrate in Fig. 4-7.Although there is no need to present the configuration that all are suitable in Fig. 4-7, these four kinds configuration representatives can be selected some of example.In these various configurations, each of element keeps its label.For example, element 70 is display housings, and element 76 is control housings.Two kinds of housings of long and short dash line indication.In Fig. 6, display housing and control housing have been integrated into discrete-component, and thereby, single housing is by label 70,76 signs.
Should be noted that three switches in each in these configurations are by the label sign relevant with first control group 80; Yet this is only in order to describe easily.Also can use the switch of second switch assembly 90.Moreover,, do not mean that derivation can not use other remote switch by the switch of first and second control groups only is discussed.As desired, can use any remote switch.By remote switch, mean the switch that is not integrated in display housing 70 or the control housing 76.In each embodiment of the present invention, can use at least one remote switch.Remote switch can be used for switching in the various information readings on screen and be used for being provided with or change that use and/or be illustrated in various information on the screen 70 by control unit 78.In a kind of layout especially easily, remote switch not only allows the operator to select information reading and the value that changes about this reading, and same remote switch allows the gear of operator's hand gear on bicycle.
Continuation is with reference to Fig. 4-7, and first switch in each of these figure is opened is a drive pattern button 86, and second switch is that quicken or one of retard button 82,84 at the rear portion, and the 3rd switch is that quicken or another of retard button 82,84 at the rear portion.As above directly mention, other embodiment can use other long range positioning switch and the long range positioning switch of other quantity.
At first with reference to Fig. 4, in this layout, mode switch 86 has been integrated in the display housing 70, and the second and the 3rd switch 82,84 is with respect to display housing 70 and 76 long range positionings of control housing.Secondly with reference to Fig. 5, display housing 70 and the relative to each other long range positioning of control housing 76, and mode switch 86 is with respect to 82,84 long range positionings of the second and the 3rd switch.In this layout, each of switch is with respect to housing 70,76 both long range positionings.With reference to Fig. 6, display housing 70 and control housing 76 have been integrated in the single housing that comprises control unit 78 and screen 72.In this layout, three switches are with respect to single housing 70,76 long range positionings, and three switches are integrated into discrete-component.Referring now to Fig. 7, display housing 70, control housing 76 and control group 80 have been integrated into discrete-component.A kind of like this arrangement can be arranged by an adjacent handgrip, made the switch of indicator screen 72 near control group 80.Thereby, in this layout, integrated display housing 70, control housing 76, first switch 86, second switch 82 and the 3rd switch 84.In a kind of like this layout, can not have with respect to display housing 70 or 76 long range positionings of control housing as first switch 86 of mode switch 86.Varying speed switch or the second and the 3rd switch 82,84 preferably are used for being arranged on the value in the controller and control the speed change of bicycle gears.Be expediently, a kind of like this construct to have reduced be used for the whole quantity of switch or button of operational computations machine and bicycle.According to the expected characteristics of control unit, telltale and control group, other variation also is possible.
Described after the various component placements, described a kind of control policy referring now to Fig. 8.The control policy that in the context that software is implemented, is described below.The imagination also can use hardware to implement.Thereby process steps described herein is preferably in the software module of being carried out by one or more computing machines or central processing unit (CPU) (program) and implements.Software module can be stored on any suitable computer-readable medium or in it.Should be appreciated that various steps can selectively be implemented in whole or in part in custom-designed hardware.
The control policy that shows in Fig. 8 allows operator's cross-check sum to change by control unit 78 storages or access and is presented at various values on the screen 72.During the normal running of the device that shows, screen 72 typically shows the operation information about bicycle.See S-1.For example, screen 72 can show the speed, ensemble average speed of in use speed change timing, bicycle current driving, time, date of total distance of travelling in this operating period or reset from final value total distance of travelling, use etc.
Rolling the operator that makes easily of use of the page or leaf and the remote switch of change value (for example 82,84,86,92,94,96) can the acrokinesia page or leaf and change any value, and less than the extended operation of the bicycle of removing from handgrip 66 by means of handle 10.Thereby, can reduce the out of control possibility of bicycle during value changes widely.
In a kind of first arranged, during a preset time section, by by next switch, as drive pattern switch 86, input was provided with pattern (seeing S-2).The expansion of switch 86 is handled and is allowed control unit 78 to distinguish hope in drive pattern to change (for example automatic 1, automatic 2, automatic 3 or manually) and enter the hope that numerical value is provided with pattern and enter.Although be used for switch 86 that input value is provided with pattern preferably with respect to control housing 76 and display housing 70 long range positionings, but expectation, if wish then it can be installed on any, because the operation of mode switch 86 may take place quite continually and in a suitable short time period.Yet best mode switch 86 is also near handgrip 66 location.
In this first arranges,, just use acceleration and speed reducing switch 82,84 to roll across various content screens in case imported the pattern of setting.See S-3.In a kind of current best configuration, provide: the control of (1) buzzer phone as sub-screen; (2) tire length input; (3) measuring unit control; (4) variable speed control; (5) operating range resets; And (7) clock control.The operator can use switch 82,84 can continue the content screen that navigated.
When a value of seeking to change as the operator was presented on the screen 72, operating pattern switch 86 was once again for the operator.This operating handle control unit moves in a kind of value change pattern.See S-4.Use acceleration and speed reducing switch 82,84 to change the value that shows then.See S-5.For example, if the weak point that the length of tire ratio shows, then can use speed reducing switch 84 is correct with the value that reduces to show up to it.Similarly, can be switched on or switched off buzzer phone, the volume of perhaps using accel switch 82 and speed reducing switch 84 can regulate buzzer phone.Other changes may be as follows: in measuring unit's control content screen mile and kilometer or mph. with kilometer per hour between switching; In variable speed control content screen, increase and reduce the speed (for example, the reduction value causes that automatic speed changing occurs in than under the low velocity, and lift-off value causes that automatic speed changing occurs under the fair speed) that speed change takes place under it; The concrete gear of selection saves or uses during automatic speed changing in slew sequence control content screen; At travel distance content screen and the total distance canned data that resets in the screen that resets that resets; Reach the time read of in clock control content screen, regulating about clock.Also can use other content screen and adjustable value.
In case, just can use mode switch 86 to pin the value of using by control unit 78 for the variation that value has been wished.See S-6.Content screen again can roll under this stage.See S-3.Automatic system also can be programmed, to return rolling mode automatically and not adopt any changing value from pattern is set, unless the operator confirms action (for example, the operating pattern switch 86).In other configuration, control system can be programmed, and does not use one to preset period variation (that is, even without confirming that action takes place) afterwards to adopt by the operator.
In first arranged, the operator can manually return control system so that display format is once in rolling mode by operating pattern switch 86.See S-7 (YES).Also wish to allow control system on obsolete preset time section, to automatically revert to display format (S-1).
In another kind is arranged, in control program, do not use first switch.But, in this second arranges, handle second switch 82 and the 3rd switch 84 by (1) simultaneously in one of preset time section manipulate second switch 82 or the 3rd switch 84 (for example maintained switch is to next preset time section) or (2), can enter the pattern of setting (seeing S-2).In case in pattern is set, be arranged in routine described above by directly carrying out according to first of replacing that operating pattern switch 86 uses at any of two kinds of above selections.This layout is easily, because the operator needn't remove from handgrip 66 by handle, and few switch is necessary in executive routine.
In another is arranged, anterior quicken and speed reducing switch display format with one of motion is set between the pattern, and when rear portion acceleration and speed reducing switch are used for the change value, roll screen.Quickened or after the rear portion speed reducing switch changes a value, when quicken or anterior speed reducing switch during to the next one, is provided with each value from a content screen motion front portion by the rear portion.
As an example of a kind of application of Fig. 8 control policy, above-mentioned control system can be used for selecting a speed change table from a plurality of speed change tables.Wish that more in a kind of current optimal placement, control system can be used for selecting to be used for the speed change table that automatic speed changing is operated from three speed change tables.Even more expectation, following three tables comprise three tables that are used for selecting a speed change table that is used to operate from its control system:
The speed change Table I
| After pull out the chain position | ||||||||||
| ??1 | ??2 | ??3 | ??4 | ??5 | ??6 | ??7 | ??8 | |||
| Quicken | Before pull out the chain position | ????3 | ??6.5 | ??7.5 | ??9 | ??11.1 | ??12.6 | ??14.5 | ??17.1 | |
| ????2 | ??9.2 | ??10.7 | ??12.7 | ??15.7 | ??17.8 | ??20.1 | ??24.3 | |||
| ????1 | ??12.5 | ??14.4 | ??17.2 | ??21.2 | ??24.1 | ??27.8 | ??32.9 | |||
| Slow down | ????3 | ?? 5.7 | ?? 6.5 | ?? 7.5 | ?? 9 | ?? 11.1 | ?? 12.6 | ?? 14.5 | ||
| ????2 | ?? 8.1 | ?? 9.2 | ?? 10.7 | ?? 12.7 | ?? 16.1 | ?? 17.8 | ?? 20.5 | |||
| ????1 | ?? 10.1 | ?? 12.5 | ?? 14.4 | ?? 17.2 | ?? 21.2 | ?? 24.1 | ?? 27.8 | |||
The speed change Table II
| After pull out the chain position | ||||||||||
| ??1 | ??2 | ??3 | ??4 | ??5 | ??6 | ??7 | ??8 | |||
| Quicken | Before pull out the chain position | ???? 3 | ?? 6 | ?? 6.9 | ?? 8.2 | ?? 10.2 | ?? 11.5 | ?? 13.3 | ?? 15.7 | |
| ???? 2 | ?? 8.4 | ?? 10.1 | ?? 12 | ?? 14.8 | ?? 16.8 | ?? 19.4 | ?? 22.9 | |||
| ???? 1 | ?? 11.4 | ?? 13.3 | ?? 15.8 | ?? 19.5 | ?? 22.1 | ?? 25.5 | ?? 30.1 | |||
| Slow down | ???? 3 | ?? 5.2 | ?? 6 | ?? 6.9 | ?? 8.2 | ?? 10.2 | ?? 11.5 | ?? 13.3 | ||
| ???? 2 | ?? 7.4 | ?? 8.4 | ?? 9.8 | ?? 11.7 | ?? 14.4 | ?? 16.3 | ?? 18.9 | |||
| ???? 1 | ?? 10 | ?? 11.4 | ?? 13.3 | ?? 15.8 | ?? 19.5 | ?? 22.1 | ?? 25.5 | |||
The speed change Table III
| After pull out the chain position | ||||||||||
| ??1 | ??2 | ??3 | ??4 | ??5 | ??6 | ??7 | ??8 | |||
| Quicken | Before pull out the chain position | ???? 3 | ?? 4.5 | ?? 5.3 | ?? 6.3 | ?? 7.7 | ?? 8.8 | ?? 10.1 | ?? 11.9 | |
| ???? 2 | ?? 6.4 | ?? 7.4 | ?? 8.9 | ?? 10.9 | ?? 12.4 | ?? 14.3 | ?? 16.9 | |||
| ???? 1 | ?? 8.7 | ?? 10.1 | ?? 12 | ?? 14.8 | ?? 16.8 | ?? 19.4 | ?? 22.9 | |||
| Slow down | ???? 3 | ?? 4 | ?? 4.5 | ?? 5.3 | ?? 6.3 | ?? 7.7 | ?? 8.8 | ?? 10.1 | ||
| ???? 2 | ?? 5.6 | ?? 6.4 | ?? 7.4 | ?? 8.9 | ?? 10.9 | ?? 12.4 | ?? 14.3 | |||
| ???? 1 | ?? 7.6 | ?? 8.7 | ?? 10.1 | ?? 12 | ?? 14.8 | ?? 16.8 | ?? 19.4 | |||
With reference to above three tables, preceding and rear derailleur and preceding and sprocket wheel cooperation afterwards are with speed change between the gear of chain wheel set.In the layout of describing with reference to above table, preceding chain wheel set comprises eight gears, and gear 1 is a maximum gear and gear 8 is minimum gears.Similarly, preceding chain wheel set comprises three gears, and gear 3 is minimum gears and gear 1 is maximum gear.
More than Xu Shu table is one group of demonstration table; Other table also can use with some feature of the present invention.For example, be filed on January 11st, 2002 and authorizing the application's acceptor's U.S. Patent application No.10/043 common co-pending, in 713, describing various automatic speed changing schemes, this patent open by with whole with reference to being included in here.The table that shows has described to be used for to quicken (that is three groups of numbers in top in each table) and the friction speed of slow down (that is three groups of numbers in bottom in each table).
In order further to explain the table that shows, if if by the preceding derailleur of operator's option table I in the second place and if bicycle travels with 10.7km/hr and speed is increasing (seeing shaded bar), then control unit motion rear derailleur is with 3 speed changes from gear 2 to gear.As another example, if if by the preceding derailleur of operator's option table I in the second place and bicycle travel with 10.7km/hr and speed is reducing (seeing shaded bar), then control unit motion rear derailleur is with 3 speed changes from gear 4 to gear.
With reference to figure 8 and above each table, the operator of the control system that use is arranged and disposed according to some feature of the present invention, aspect and advantage, can use a long range positioning switch (for example 82,84,86,92,94,96), as rear portion acceleration or retard button 82,84 at least one, can select to fit any that show usefulness.Wish that more during normal running, screen 72 typically shows the operation information about bicycle.See S-1.This describes above.
Referring now to Fig. 9, a kind of other control policy can be provided, this strategy allows maker, retailer or bicycle owner to carry out the initial foundation of control system.For example, start, reset for the first time after the section or otherwise when using a computer, can use the initial value pseudostatic ram when the time expand that is not having electric power by this control policy.Like this, when starting, can be brought into the pattern of setting (seeing P-2) to control unit 78 from display format (seeing P-1).As describing really for all the other, any of switch manipulation described above can be used for from mode transition being set to display format.
In case in pattern is set, just show one first screen.See P-3.Then as in the above-mentioned layout, importing a value.See P-4.After input value, any that the user can be in the above described manner (for example, confirm action or wait for a preset time section) confirmed to change.See P-5.
Control system proceeds to current content screen then, observes last content screen and input data up to.See P-6.Observe all the elements screen and the input any wish data after, control routine returns display format.See P-1.Begin normal running then by means of the input control unit for data.
Although described the present invention, within the scope of the invention for obvious other embodiment of the ordinary person who is familiar with present technique according to certain embodiment.For example, single switch can be used for finishing each of said procedure step.Thereby, can carry out various changes and modification, and not break away from the spirit and scope of the present invention.For example, as desired, can locate various elements.Moreover, needn't require all features, aspect and advantage to implement the present invention.Thereby scope plan of the present invention is limited by claims subsequently.
Claims (37)
1. method of controlling a control unit of bicycle, bicycle comprises one first switch, a second switch, the 3rd switch and a screen of communicating by letter with described control unit, described second switch and described the 3rd switch are with respect to described screen long range positioning, each of described first switch, described second switch and described the 3rd switch is communicated by letter with described control unit, and described control method comprises:
Select a numerical value that pattern is set by means of described first switch; With
The value of at least one change on described screen by means of described second switch and described the 3rd switch.
2. method according to claim 1 further comprises by means of described first switch and confirms described changing value.
3. method according to claim 2 further is included in and has selected described numerical value to be provided with after the pattern, by means of content screen of at least one selection of described second switch and described the 3rd switch.
4. method according to claim 1, wherein said bicycle further comprises a power supply speed change device with described control unit electrical communication, and described method further comprises by means of described second switch and described the 3rd switch controls described power supply speed change device.
5. method according to claim 3 is wherein from comprising that a speed change alarm buzzer activates the content screen of the described selection of group selection of screen, a tire length adjustment screen, a unit selection screen, a speed change variation screen, a travelling mileage meter screen, a total kilometrage table screen and a time showing screen.
6. method according to claim 5, wherein each screen in the group shows one by one by at least one operation of described second switch and described the 3rd switch.
7. method according to claim 3, one of wherein said content screen display presets speed indicator, and described value increases or reduce described speed indicator, thereby increases or reduce to issue living self-shifting speed at it.
8. method according to claim 1 wherein after handling preset time section of described first switch, selects described numerical value that pattern is set.
9. method of controlling a control unit of bicycle, bicycle comprises one first switch, a second switch and a screen of communicating by letter with described control unit, described first switch and described second switch are with respect to described screen long range positioning, each of described first switch and described second switch is communicated by letter with described control unit, and described control method comprises:
Select a kind of numerical value that pattern is set by means of at least one of described first long range positioning switch and the described second long range positioning switch; With
The value of at least one change on described screen by means of described first long range positioning switch and the described second long range positioning switch.
10. method according to claim 9 further is included in and has selected described numerical value to be provided with after the pattern, by means of content screen of at least one selection of described first switch and described second switch.
11. method according to claim 10 further comprises by handling described first switch and described second switch simultaneously and confirms the value of described change.
12. method according to claim 9 wherein after handling described first switch and preset time section of described second switch, selects described numerical value that pattern is set.
13. method according to claim 9 wherein when handling described first switch and described second switch simultaneously, selects described numerical value that pattern is set.
14. method according to claim 10, wherein said bicycle further comprises a power supply speed change device with described control unit electrical communication, and described method comprises that further by means of described first switch and described second switch at least one control described power supply speed change device.
15. an electric automatic speed-changing bicycle comprises: a control unit; A power supply speed change device, described control unit and described power supply speed change device electrical communication; One first switch and a second switch with respect to described control unit long range positioning, and are communicated by letter with described power supply speed change device by described control unit; A mode switch, with described control unit electrical communication, described mode switch is suitable for switching described control unit between observing pattern and data entry mode, described first switch and described second switch are suitable for beginning the motion of described power supply speed change device, at least one of described first switch and described second switch is suitable for selecting from the demonstration of described control unit output, and is suitable for changing a value in the memory device that is stored in described control unit.
16. bicycle according to claim 15, wherein said first switch and described second switch are suitable for beginning the accelerated movement and the decelerated movement of described power supply speed change device.
17. bicycle according to claim 15, wherein said second switch comprise three positions, thereby described second switch can begin accelerated movement and decelerated movement.
18. method of controlling a control unit of bicycle, bicycle comprises one first switch, a second switch, the 3rd switch and a screen of communicating by letter with described control unit, described first switch, described second switch and described the 3rd switch are integrated in the housing that comprises described screen and described control unit, each of described first switch, described second switch and described the 3rd switch is communicated by letter with described control unit, a power supply speed change device and described control unit electrical communication, described control method comprises:
Select a numerical value that pattern is set by means of described first switch;
The value of at least one change on described screen by means of described second switch and described the 3rd switch; And
Control described power supply speed change device by means of described second switch and described the 3rd switch.
19. method according to claim 18 further comprises the value of confirming described change by means of described first switch.
20. method according to claim 19 further is included in and has selected described numerical value to be provided with after the pattern, by means of content screen of at least one selection of described second switch and described the 3rd switch.
21. method according to claim 20 activates the content screen of the described selection of group selection of screen, a tire length adjustment screen, a unit selection screen, a speed change variation screen, a travelling mileage meter screen, a total kilometrage table screen and a time showing screen from comprising a speed change alarm buzzer.
22. method according to claim 21, wherein each screen in the group shows one by one by at least one operation of described second switch and described the 3rd switch.
23. method according to claim 20, one of wherein said content screen display presets speed indicator, and described value increases or reduce described speed indicator, thereby increases or reduce to issue living self-shifting speed at it.
24. method according to claim 18 wherein when handling at least one preset time section of described second switch and described the 3rd switch, selects described numerical value that pattern is set.
25. an electric automatic speed-changing bicycle comprises: a control unit; A power supply speed change device, described control unit and described power supply speed change device electrical communication, described control unit also with a memory cell electrical communication, described memory cell comprises a plurality of speed change tables; One first switch and a second switch, communicate by letter with described power supply speed change device by described control unit, described first switch and described second switch are suitable in manual operation mode the motion of the described power supply speed change device of beginning, and at least one of described first switch and described second switch is suitable for selecting a speed change table from the described a plurality of speed change tables that use automatic operation mode.
26. bicycle according to claim 25, wherein said speed change table are included in its following described control unit begins gear change by means of described power supply speed change device bicycle speed.
27. bicycle according to claim 26, a trailing wheel of wherein said power supply speed change device and described bicycle links.
28. bicycle according to claim 27 further comprises a pedal crank and second a speed change device that links with described pedal crank, described control unit is suitable for surveying the location of the described second speed change device.
29. bicycle according to claim 28, the wherein said second speed change device are power supply speed change devices.
30. bicycle according to claim 28, each comprises that the detection position according to the described second speed change device is used for the back-geared different change speeds of list wherein said speed change table.
31. one kind be used for can be with the automatic transmission system of the bicycle of manual mode and automatic mode operation, described system comprises a control unit, a varying speed switch and a power supply speed change device, described control unit comprises a memory device that comprises a plurality of speed change tables, described control unit is communicated by letter with described varying speed switch, and described control unit is communicated by letter with described power supply speed change device, described varying speed switch be suitable for described manual operation mode operate described power supply speed change device and described a plurality of speed change tables of in described automatic operation mode, using in select.
32. system according to claim 31, each of wherein said a plurality of speed change tables comprises acceleration that is used for every kind of gear combination and the deceleration that is used for every kind of gear combination, and the described acceleration that is used at least a gear combination and the described deceleration that is used for described at least a gear combination are different in each of described a plurality of speed change tables.
33. one kind comprise one can be with the electric automatic speed-changing bicycle of the automatic transmission system of manual mode and automatic mode operation, described system comprises a control unit, a varying speed switch and a power supply speed change device, described control unit comprises a memory device that comprises a plurality of speed change tables, described control unit is communicated by letter with described varying speed switch, and described control unit is communicated by letter with described power supply speed change device, described varying speed switch be suitable for described manual operation mode operate described power supply speed change device and described a plurality of speed change tables of in described automatic operation mode, using in select.
34. bicycle according to claim 33 further comprises a handlebar assembly that is connected on the described front-wheel, described varying speed switch is arranged on the described handlebar assembly.
35. bicycle according to claim 33, each of wherein said a plurality of speed change tables comprises acceleration that is used for every kind of gear combination and the deceleration that is used for every kind of gear combination, and the described acceleration that is used at least a gear combination and the described deceleration that is used for described at least a gear combination are different in each of described a plurality of speed change tables.
36. bicycle according to claim 33, a trailing wheel of wherein said power supply speed change device and described bicycle links.
37. method for the bicycle control speed change that comprises an automatic speed-changing system, described automatic speed-changing system comprises a varying speed switch, control unit with described varying speed switch electrical communication, a power supply speed change device, and described control unit also with described power supply speed change device electrical communication, described method is included in a plurality of speed change point tables is provided in the memory device that links with described control unit, select one of described a plurality of speed change point tables by means of described varying speed switch, and described control unit is suitable for handling described power supply speed change device according to the speed change point table of described selection.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US10/205,330 | 2002-07-24 | ||
| US10/205,330 US6781510B2 (en) | 2002-07-24 | 2002-07-24 | Bicycle computer control arrangement and method |
| US10/227,212 US6682087B1 (en) | 2002-07-24 | 2002-08-23 | Bicycle computer control arrangement and method |
| US10/227,212 | 2002-08-23 |
Related Child Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007100881697A Division CN101016076B (en) | 2002-07-24 | 2003-07-24 | Bicycle control arrangement and method |
| CNB2004100856691A Division CN100361865C (en) | 2002-07-24 | 2003-07-24 | Bicycle controller and method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1495093A true CN1495093A (en) | 2004-05-12 |
| CN100336696C CN100336696C (en) | 2007-09-12 |
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| CNB2004100856691A Expired - Fee Related CN100361865C (en) | 2002-07-24 | 2003-07-24 | Bicycle controller and method |
| CNB031328814A Expired - Fee Related CN100336696C (en) | 2002-07-24 | 2003-07-24 | Bicycle controller and method |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2004100856691A Expired - Fee Related CN100361865C (en) | 2002-07-24 | 2003-07-24 | Bicycle controller and method |
Country Status (4)
| Country | Link |
|---|---|
| EP (1) | EP1384659B1 (en) |
| JP (1) | JP2004058993A (en) |
| CN (2) | CN100361865C (en) |
| TW (1) | TWI238136B (en) |
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| CN103661787A (en) * | 2012-09-24 | 2014-03-26 | 巨大机械工业股份有限公司 | Bicycle speed changing method |
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- 2003-07-18 JP JP2003199056A patent/JP2004058993A/en active Pending
- 2003-07-23 TW TW092120116A patent/TWI238136B/en not_active IP Right Cessation
- 2003-07-24 CN CNB2004100856691A patent/CN100361865C/en not_active Expired - Fee Related
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| CN106394802B (en) * | 2015-07-29 | 2019-05-07 | 株式会社岛野 | Bicycle control and the bicycle use control system for having it |
Also Published As
| Publication number | Publication date |
|---|---|
| CN100336696C (en) | 2007-09-12 |
| TWI238136B (en) | 2005-08-21 |
| CN100361865C (en) | 2008-01-16 |
| EP1384659A3 (en) | 2007-04-18 |
| TW200410858A (en) | 2004-07-01 |
| CN1618692A (en) | 2005-05-25 |
| JP2004058993A (en) | 2004-02-26 |
| EP1384659A2 (en) | 2004-01-28 |
| EP1384659B1 (en) | 2009-12-23 |
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